Gliadin example sentences
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- "Gliadin" example sentences
Related (6): wheat, gluten, cereal, glutenin, grain, gluten-free
"Gliadin" Example Sentences
- Gliadin proteins play an important role in the structure of wheat dough.
- People with celiac disease have an immune response to gliadin.
- The gliadin content in wheat can vary depending on the cultivar.
- Gluten, which contains gliadin, can cause inflammation in the small intestine.
- Some people have a sensitivity to gliadin without having celiac disease.
- The gliadin content in spelt is lower than in wheat.
- Gliadin and glutenin are the two main proteins in wheat gluten.
- Rye and barley contain similar proteins to gliadin called secalin and hordein.
- The structure of gliadin allows it to interact with glutenin to form a strong dough.
- Gliadin can also be found in other grains and pseudocereals like oats, quinoa, and amaranth.
- The gliadin content in wheat flour can be reduced by certain processing methods like sourdough fermentation.
- Within the gliadin family, there are different types of proteins with unique structures and functions.
- Research suggests that gliadin may contribute to intestinal permeability or "leaky gut" in some people.
- The amount of gliadin in commercial bread products can vary widely.
- Some gluten-free products may contain small amounts of gliadin due to cross-contamination during processing.
- Gliadin peptides can also trigger immune reactions in some people with non-celiac gluten sensitivity.
- Technically, gliadin refers to the alcohol-soluble fraction of wheat gluten, while glutenin is the insoluble fraction.
- Some gluten-free flours, like rice flour, are naturally lower in gliadin and glutenin.
- There is ongoing research into the potential health effects of gliadin peptides on individuals without celiac disease.
- The gliadin content in spelt pasta is higher than in spelt flour.
- Gliadin peptides can also disrupt the barrier function of the gut in animal models.
- Certain genetic variations in the HLA-DQ2 and HLA-DQ8 genes are associated with an increased risk of developing celiac disease in response to gliadin.
- An enzyme called transglutaminase can modify gliadin proteins to make them more immune reactive.
- Researchers are investigating the potential of immunotherapy to treat celiac disease by modifying the immune response to gliadin.
- Gliadin proteins can also play a role in bread staling or retrogradation.
- Some studies suggest that gliadin may contribute to the development or exacerbation of other autoimmune conditions in susceptible individuals.
- Gliadin peptides can also bind to opioid receptors in the brain and potentially influence some behaviors.
- The gliadin content of bread can be affected by the length of kneading or fermentation time.
- There is some evidence that gliadin may be involved in the pathogenesis of neurological conditions like gluten ataxia and schizophrenia.
- Some proteins in gliadin may have antioxidant or antibacterial properties, depending on their structure and location in the wheat kernel.
Common Phrases
- Gliadin is a protein found in wheat;
- People with celiac disease are intolerant to gliadin;
- Gluten-free diets exclude foods containing gliadin;
- Gliadin can trigger an immune response in the gut;
- Some individuals experience symptoms after consuming gliadin;
- Gliadin can interfere with the absorption of nutrients;
- Gliadin is commonly used in the food industry as a binder;
- Research has shown that gliadin may play a role in neurological disorders;
- Gliadin can be detected in various foods, including bread, pasta, and beer;
- Avoiding gliadin is crucial for people with gluten-related disorders.
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